| Test Case | COMMAND-0030 |
| Title | If the controller is off, the UI will display a communication error when the button is pressed |
| Objective | This test case is intended to verify the following implied or specified requirements:
By having the controller off after running the last two test cases, this test case will demonstrate that the user interface will display a communication failure message because the controller will not be accessible. |
| Setup |
|
| Actions |
|
| Expected | The user interface status field will display "Communication Failure" if the controller does not have bluetooth enabled. |
| Results | PASSED |
| Cleanup |
|
| Requirements | GDO-PR-UI-030, GDO-PR-UI-030.003, GDO-PR-UI-030.003.002 |


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Bitcoin Price Falters but Fundamentals Remain Intact
- The bitcoin price is putting the crypto community to the test.
- Bitcoin fundamentals, however, remain solid.
- Altcoins are down in sympathy.
It’s not easy being a crypto investor these days. China is sending mixed messages, the bitcoin price is in the doldrums, and there is major FUD being spread around the industry that is only exacerbating already precarious market conditions. In fact, the only thing harder than being a bitcoin investor these days is being an altcoin investor, given they are subject to the whims of a violently volatile larger peer, the latter of which currently boasts a dominance rating of more than 66%.
Fundamental Focus
Bitcoin is currently trading where some said it would never trade again – below $10,000. In fact, it’s down 15% in the past week alone and is trading at May 2019 levels. But if you focus on the fundamentals, you just might be able to see the glass half-full like crypto investor Brian Kelly.
Time and again, crypto investor Brian Kelly has proven to be the grown up in the crypto room. Kelly, author of “The Bitcoin Big Bang,” doesn’t appear to get spooked by bitcoin’s volatility, pointing instead to the underlying fundamentals of the leading cryptocurrency. For Kelly, that means BTC addresses. He said on CNBC:
What we’re seeing over the last 30 days is we’re seeing growth in addresses of about 5%, but the market is pricing in a decline in addresses of -3%. So it’s mis-priced here. Fundamentals are improving on a sell-off so i think that’s why the odds are stacked that this is probably a low.
Analyst Joseph Young provided some technical analysis, noting that “bitcoin at $7k is a very appealing price range.” Young sees the price potentially dropping to lower levels. If the bottom does fall out and the BTC price plummets to its lowest support at $4,200, Young says he will take it as an opportunity to #stacksats.
“Parabolic Uptrend”
Believe it or not, the bulls have not completely left the building. According to Adamant Capital Founding Partner Tuur Demeester, “bitcoin’s parabolic uptrend which started in January 2015 is still intact.” Adamant Capital also observes bitcoin’s fundamentals, which according to a recent report by the firm includes themes such as:
- “Bottom up scaling” via Lightning Network for payments
- Sidechains such as the Liquid Federated Sidechain
- Bitcoin mining, where the threat of hard forks is less likely
Demeester’s technical analysis drew some ire on social media. He likened the response to the December 2018 crypto market when the bitcoin price plummeted to the $3,200 level only “the emotional pain was certainly more palpable then,” he concludes. Demeester’s advice remains steadfast – “buy the dip.”
This article was edited by Samburaj Das.


Recipe: Pecan-Rye Pumpkin Pie
by CBS NewsFrom Bon Appétit's November 2019 issue, a Thanksgiving dessert recipe from Brad Leone and Claire Saffitz:
"Imagine a pumpkin pie with pecan pie's best feature – obviously, the candied nut topping. Now spike the custard with rye whiskey, up the flavor of the crust with rye flour, and voilà: pecan-rye pumpkin pie. We use Libby's canned pumpkin because it's reliably consistent, with an ideal water content, and few variations in flavor (and no, we're not paid to say that). The egg wash added during the blind bake serves as a moisture-fighting barrier – a seal-tight guarantee that the bottom crust won't get soggy. The rye flour will make the crust look darker than your standard pie dough. If it starts getting too dark while baking with the custard filling, tent it with a ring of foil."
Pecan-Rye Pumpkin Pie
Recipe by Brad Leone and Claire Saffitz
Serves 8
Ingredients:
Crust:
¼ cup rye flour or all-purpose flour
1 Tbsp. granulated sugar
¾ tsp. kosher salt
1½ cups all-purpose flour, plus more for dusting
¾ cup (1½ sticks) chilled unsalted butter, cut into pieces
1 large egg white, beaten to blend
Filling and Assembly:
3 large eggs
1 large egg yolk
1 15-oz. can Libby's 100% Pure Pumpkin
¾ cup heavy cream
¼ cup granulated sugar
2 Tbsp. rye whiskey
1 tsp. ground cinnamon
1 tsp. ground ginger
¼ tsp. freshly grated nutmeg
¼ tsp. ground cardamom
Small pinch of ground cloves
8 Tbsp. light brown sugar, divided
3 Tbsp. unsalted butter, melted, divided
1¼ tsp. Diamond Crystal or 1 tsp. Morton kosher salt, divided
1½ cups whole pecans
1 Tbsp. pure maple syrup
Whipped cream (for serving; optional)
Preparation:
Crust:
- Whisk rye flour, sugar, salt, and 1½ cups all-purpose flour in a large bowl to combine. Add butter and toss to evenly coat. Working quickly and aggressively, use your fingers to rub butter into flour to create large shaggy pieces of dough (you want some pieces of butter that are flat and thin and some that are large and chunky). Drizzle 5 Tbsp. ice water over, running your fingers through flour mixture to evenly distribute. Knead dough in bowl until it starts to come together (it should look a little dry, but add more ice water by the teaspoonful if needed, just until dough comes together).
- Turn dough out onto a work surface and knead 1 or 2 more times, pressing to incorporate shaggy edges and any loose bits. Dust surface and dough lightly with flour to keep dough from sticking. Using your hands, form dough into about a 7x5" rectangle. Using your rolling pin, gently tap and press dough to compact and tidy up edges. Roll out dough, dusting dough and surface as needed, until 3 times longer than when you started. Fold dough over onto itself in thirds like a letter to make a square. Wrap in plastic and chill until firm, at least 30 minutes.
- Preheat oven to 400°. Roll out dough on a lightly floured surface to about a 12" round. Wrap dough around your rolling pin and unfurl into a standard 9"-diameter pie dish. Gently lift dough so it slumps down into edges of dish. Trim overhang and crimp as desired. Line crust with parchment paper or foil. Place dish on a rimmed baking sheet and fill with pie weights or dried beans. Bake until edges of crust start to brown, about 20 minutes. Remove parchment and weights. Decrease oven temperature to 350° and bake crust until edges are golden, 20–25 minutes. Remove dish from oven and brush 1 Tbsp. egg white over bottom of crust. Return to oven and bake until crust is golden brown, 5–10 minutes (the egg creates a water-resistant coating that helps prevent the custard from making the bottom soggy). Reserve remaining egg white for topping.
- Do Ahead: Dough can be made 3 days ahead; keep chilled. Crust can be baked 3 days ahead; store tightly wrapped at room temperature.
Filling and Assembly:
- While your crust is baking, combine eggs, egg yolk, pie filling, cream, granulated sugar, whiskey, cinnamon, ginger, nutmeg, cardamom, cloves, 6 Tbsp. brown sugar, 2 Tbsp. butter, and ½ tsp. Diamond Crystal or ¼ tsp. Morton kosher salt in a large bowl and blend with an immersion blender until smooth; try not to aerate. (Alternatively, you can whisk mixture well and blend in 2 batches in a blender until smooth and homogenous.)
- Pour into crust and bake pie until filling is puffed and mostly set with just a slight wobble in the center when gently shaken, 40–45 minutes.
- Just before the pie is done baking, toast pecans on a rimmed baking sheet, tossing once, until slightly darkened and fragrant, 8–10 minutes.
- Whisk reserved egg white, remaining 2 Tbsp. brown sugar, and remaining ¾ tsp. salt in a small bowl until foamy, about 30 seconds. Add syrup and remaining 1 Tbsp. butter; whisk just to combine. Add pecans and toss to coat.
- Carefully remove pie from oven and top with pecan mixture, allowing any excess egg white mixture to drip back into the bowl. Return pie to oven and bake until filling is completely set (a tester or paring knife inserted into the center should come out clean) and nuts are not tacky to the touch, 8–10 minutes. Transfer pie to a wire rack and let cool, at least 2 hours. Serve with whipped cream if desired.
- Do Ahead: Pie can be baked 1 day ahead. Store uncovered in a cool oven or at room temperature.
To watch Brad Leone and Claire Saffitz make the "perfect" Thanksgiving pie, click on the video player below:
For more info:


In West Africa, newborns are given special names depending on the day they are born. Diverse ethnicities have variants and meanings as a symbol of cultural integrity and ancestral affiliation.
The Akan people use the Kwa language group’s system of timekeeping, which is based on a six-day week (‘nnanson‘), with the seventh day inclusive.
| Day Born | Male Name | Female Name | Monday | Kwadwo | Adwoa |
|---|---|---|
| Tuesday | Kwabena | Abena, Abina, Abenaa |
| Wednesday | Kwaku | Akua |
| Thursday | Yaw | Yaa |
| Friday | Kofi, Koffi | Afua |
| Saturdday | Kwame | Ama, Amma |
| Sunday | Kwasi | Akosua |
Your were born on a text.
Your Akan name is txt
which means: .


Watch This Abang Pick Up Someone Else's Litter And Throw It Back At Them
The video was retweeted over 19,000 times in just two days.
by Yap Wan XiangCover image via Twitter @My_CrimeWatch
A 25-second dashcam footage showing a man picking up trash thrown out of a car and sticking it on the litterbug's windscreen has gone viral
The footage, uploaded to Twitter on 18 November, has been viewed over 340,000 times and retweeted over 19,000 retweets.
The incident is believed to have taken place on Jalan Sultan Yahya Petra, Kuala Lumpur - as the Perkeso Headquarters can be seen in the background - at 5.41pm on Monday.
"Respect the way this man 'educates' this road user who doesn't have civic awareness," read the caption of the viral tweet.
The footage begins with what appears to be a child's hand lurking out of the back window and throwing an empty bag
The car was waiting at a red light at the time.
After about 10 seconds, the abang alights his car and walks towards the car with a long face.
He picks up the trash from the road and slips it between the car's windscreen and wiper.
The abang's action in the video prompted thousands of netizens to thank him for serving justice
"Our hero!!" one netizen exclaimed, while another added, "Respect this guy!"
One Twitter user said, "Salute you, sir! Whoever you are."
"Get a taste of your own medicine, Waja driver! Ugh!" a netizen chastised.
Another commented, "Good idea. (I have) been thinking of what to do to these kinds of uncivilised bunch."
"Don't have to knock on the window and give eye contact (to the driver). Just slip it at the wiper. End of story. Bravo!"
One netizen even edited the video by memeing it with a Grand Theft Auto reference.


ENLIGHTENMENT GUARANTEED A film review by Steve Rhodes Copyright 2001 Steve Rhodes RATING (0 TO ****): *** 1/2
Sometimes movies transcend their descriptions. Who would want to see a German film about a couple of brothers heading for Japan to visit a Zen monastery? Surely there can't be much of interest in that, you might think as I certainly did.
Well, there's a lot, as it turns out. Writer/director Doris Dörrie's ENLIGHTENMENT GUARANTEED (ERLEUCHTUNG GARANTIERT) is a sweet, funny and absolutely delightful film about brotherly love, the meaning of life and the importance of a sense of humor in the face of adversity. Think of it as a low-key version of PLANES, TRAINS & AUTOMOBILES in which the humorous and touching journey is the reward. The story has a pervasive but subtle spirituality to it as the destination for these brothers turns out to be more than just a place on a map. (Actually, the lack of a good map is but one of many of their problems.)
Two gifted, charming actors, Uwe Ochsenknecht and Gustav-Peter Wöhler play brothers Uwe and Gustav in warm and sympathetic performances. Uwe designs kitchens, and Gustav, practicing the art of Feng Shui, teaches people how to orient their houses and their furniture so as achieve maximum harmony with the spiritual forces.  Uwe keeps a tape measure to make spur of the moment measurements and a camcorder to record his every thought. Gustav uses his trusty compass to check the Feng Shui arrangements of rooms he visits and keeps his Buddhist book of wisdom always at his side in order to provide for instant motivational lessons, such as "The melon knows not the cold wind of morning."
Gustav, who has been planning his big visit to the monastery, is joined at the last minute by his non-believing brother when Uwe's wife leaves him, taking the kids. The ever jovial Gustav is non-plused by his whining brother. They haven't been together much since they were kids, so both look forward, albeit with some amount of trepidation, to their time abroad on their big adventure.
Once in Tokyo, the movie pulls back to let us witness the hubbub of city life and the sea of people going about their fast-paced daily lives. Through a hilarious series of misadventures from voracious ATMs to a taxi driver who has trouble understanding their English with German accents and confuses the word "hotel" with "hospital," they end up lost and destitute, living briefly on the street. The script does quite a credible job of making this both plausible and humorous. You'll be rooting for them as they get into more and more difficulties. And you'll be touched by their reactions to their trials and tribulations.
Along the way, the two brothers mock each other with gentle jabs. Uwe particularly likes to ridicule Gustav with Zen quotes like, "Have patience with every day of your life." But they also nurture each other. "Never give up, you wimp," they tell one another. This long middle section of the movie is the best part, but the two leads are so strong that the entire film is mesmerizing.
When, in the last act, these foreigners in a foreign land finally arrive at the monastery, they find a highly ritualized life. The monastery's rubrics are at first awkward and strange for Uwe. But it is the hard manual labor of cleaning already clean floors in order to clean one's heart that proves the most troublesome for the rotund Gustav.
When we first met the brothers, their respective wives were cleaning up spills on the floor with no offer of help from the husbands. Once at the monastery, these opening scenes prove both prophetic and ironic as they spend much of their day cleaning. This gentle, good-spirited comedy does much more than make you laugh. It makes you think as well about what really is important in life. And it makes you realize that life's journeys are fraught with difficulties and opportunities. You'll leave the theater with a smile on your face and perhaps a bit more optimistic view of life.
ENLIGHTENMENT GUARANTEED runs 1:49. The film is in German with English subtitles. It is not rated but might be an R for brief nudity and language. It would be acceptable for teenagers.
Web: http://www.InternetReviews.com Email<EMAIL_ADDRESS>Want free reviews and weekly movie and video recommendations via Email? Just send me a letter with the word "subscribe" in the subject line.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
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belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
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Related links: index of all rec.arts.movies.reviews reviews


Next: read-delimited-list, Previous: make-dispatch-macro-character, Up: Reader Dictionary
read
&optional input-stream eof-error-p eof-value recursive-p ⇒ object
read-preserving-whitespace
&optional input-stream eof-error-p
eof-value recursive-p
⇒ object
input-stream—an input stream designator.
eof-error-p—a generalized boolean. The default is true.
eof-value—an object.
The default is nil.
recursive-p—a generalized boolean. The default is false.
object—an object (parsed by the Lisp reader) or the eof-value.
read parses the printed representation of an object from input-stream and builds such an object.
read-preserving-whitespace is like read but preserves any whitespace_2 character that delimits the printed representation of the object. read-preserving-whitespace is exactly like read when the recursive-p argument to read-preserving-whitespace is true.
When *read-suppress* is false, read throws away the delimiting character required by certain printed representations if it is a whitespace_2 character; but read preserves the character (using unread-char) if it is syntactically meaningful, because it could be the start of the next expression.
If a file ends in a symbol or a number immediately followed by an end of file_1, read reads the symbol or number successfully; when called again, it sees the end of file_1 and only then acts according to eof-error-p. If a file contains ignorable text at the end, such as blank lines and comments, read does not consider it to end in the middle of an object.
If recursive-p is true, the call to read is expected to be made from within some function that itself has been called from read or from a similar input function, rather than from the top level.
Both functions return the object read from input-stream. Eof-value is returned if eof-error-p is false and end of file is reached before the beginning of an object.
(read) |> |>>'a<<| ⇒ (QUOTE A) (with-input-from-string (is " ") (read is nil 'the-end)) ⇒ THE-END (defun skip-then-read-char (s c n) (if (char= c #\{) (read s t nil t) (read-preserving-whitespace s)) (read-char-no-hang s)) ⇒ SKIP-THEN-READ-CHAR (let ((*readtable* (copy-readtable nil))) (set-dispatch-macro-character #\# #\{ #'skip-then-read-char) (set-dispatch-macro-character #\# #\} #'skip-then-read-char) (with-input-from-string (is "#{123 x #}123 y") (format t "~S ~S" (read is) (read is)))) ⇒ #\x, #\Space, NIL
As an example, consider this reader macro definition:
(defun slash-reader (stream char) (declare (ignore char)) `(path . ,(loop for dir = (read-preserving-whitespace stream t nil t) then (progn (read-char stream t nil t) (read-preserving-whitespace stream t nil t)) collect dir while (eql (peek-char nil stream nil nil t) #\/)))) (set-macro-character #\/ #'slash-reader)
Consider now calling read on this expression:
(zyedh /usr/games/zork /usr/games/boggle)
The / macro reads objects separated by more / characters; thus /usr/games/zork is intended to read as (path usr games zork). The entire example expression should therefore be read as
(zyedh (path usr games zork) (path usr games boggle))
However, if read had been used instead of read-preserving-whitespace, then after the reading of the symbol zork, the following space would be discarded; the next call to peek-char would see the following /, and the loop would continue, producing this interpretation:
(zyedh (path usr games zork usr games boggle))
There are times when whitespace_2 should be discarded. If a command interpreter takes single-character commands, but occasionally reads an object then if the whitespace_2 after a symbol is not discarded it might be interpreted as a command some time later after the symbol had been read.
*standard-input*, *terminal-io*, *readtable*, *read-default-float-format*, *read-base*, *read-suppress*, *package*, *read-eval*.
read signals an error of type end-of-file, regardless of eof-error-p, if the file ends in the middle of an object representation. For example, if a file does not contain enough right parentheses to balance the left parentheses in it, read signals an error. This is detected when read or read-preserving-whitespace is called with recursive-p and eof-error-p non-nil, and end-of-file is reached before the beginning of an object.
If eof-error-p is true, an error of type end-of-file is signaled at the end of file.
peek-char, read-char, unread-char, read-from-string, read-delimited-list, parse-integer, Syntax, Reader Concepts
Next: read-delimited-list, Previous: make-dispatch-macro-character, Up: Reader Dictionary


TorZillaPrint |
| return to TZP index |
Creates a random canvas with known results, reads it back, and analyzes
the differences. getImageData is being tested, but toDataURL and
toBlob can also be "decoded" (albeit a little differently)
| |
[ re-run ] VISUALS | |
| control |     ◀ what we set |
| The control that we read values from, pixel by pixel | |
| 1st read getImageData |
    ◀ what we got back |
| What we have read back from the control, pixel by pixel | |
| results |
  ◀ getImageData
|
| DATA ANALYSIS | |
| control | |
| 1st read | |
| 2nd read | |
| stats | |
| diffs |


| Class and Description |
|---|
| Configuration |
| Flow |
| ForwardingAnalysis |
| IpSpace |
| Class and Description |
|---|
| BgpAdvertisement
Instances of this class represent hypothetical BGP advertisements used for testing, or where the
config of an advertising border router is unavailable
|
| Class and Description |
|---|
| Edge |
| Class and Description |
|---|
| AbstractRoute |
| BgpAdvertisement
Instances of this class represent hypothetical BGP advertisements used for testing, or where the
config of an advertising border router is unavailable
|
| Configuration |
| DataPlane |
| Fib |
| Flow |
| FlowHistory |
| FlowTrace
Represents the result of performing a traceroute for a
Flow |
| Ip |
| IpAccessList |
| Topology |
| Class and Description |
|---|
| Configuration |
| Edge |
| Interface |
| Topology |
| Class and Description |
|---|
| BgpPeerConfigId
Uniquely identifies a
BgpPeerConfig in a network. |
| BgpSessionProperties
Represents properties of a peering session between two
BgpPeerConfig s. |
| Configuration |
| DataPlane |
| Interface |
| Ip |
| IpsecPeerConfigId
Uniquely identifies an IPSec peer in the network
|
| IpsecSession
Represents the attributes of the session established between two
IpsecPeerConfig s |
| IpSpace |
| IpWildcard |
| SubRange |
| Topology |
| Class and Description |
|---|
| AnalysisMetadata |
| EnvironmentMetadata |
| EnvironmentMetadata.ProcessingStatus |
| TestrigMetadata |
| Class and Description |
|---|
| IpProtocol |
| SubRange |
| Class and Description |
|---|
| AclIpSpaceLine |
| FilterResult |
| Flow |
| HeaderSpace |
| Ip |
| IpAccessList |
| IpAccessListLine |
| IpSpace |
| IpSpaceMetadata |
| Prefix |
| Class and Description |
|---|
| DefinedStructureInfo |
| IpAccessList |
| Class and Description |
|---|
| BgpPeerConfig
Represents a configured BGP peering, at the control plane level
|
| BgpPeerConfigId
Uniquely identifies a
BgpPeerConfig in a network. |
| Ip |
| RipNeighbor |
| Class and Description |
|---|
| Ip |
| Vrf |
| Class and Description |
|---|
| Configuration |
| Edge |
| GeneratedRoute |
| Interface |
| IsoAddress
First byte - AFI
Next 0-12 bytes - Area ID Next 6 bytes - System ID Last byte - NSEL |
| NetworkConfigurations
Represents a set of configurations in a network.
|
| Topology |
| Vrf |
| Class and Description |
|---|
| Configuration |
| GeneratedRoute |
| Interface |
| Ip |
| IpLink
Represents a link by a pair of IP addresses.
|
| NetworkFactory |
| NetworkFactory.NetworkFactoryBuilder |
| Prefix |
| RoutingProtocol |
| Vrf |
| Class and Description |
|---|
| BgpAdvertisement
Instances of this class represent hypothetical BGP advertisements used for testing, or where the
config of an advertising border router is unavailable
|
| Configuration |
| DeviceType |
| Edge |
| Topology |
| Class and Description |
|---|
| Configuration |
| Flow.Builder |
| ForwardingAction |
| Interface |
| Ip |
| Ip6AccessList |
| IpAccessList |
| IpProtocol |
| IpWildcard |
| Protocol |
| State |
| Class and Description |
|---|
| HeaderSpace |
| IpProtocol |
| IpWildcard |
| Prefix |
| SubRange |
| Class and Description |
|---|
| AbstractRoute |
| AbstractRoute6 |
| AbstractRouteBuilder |
| BgpRoute.Builder |
| Configuration |
| Ip |
| NetworkFactory |
| NetworkFactory.NetworkFactoryBuilder |
| Prefix |
| Vrf |
| Class and Description |
|---|
| Ip |
| Ip6 |
| OriginType |
| Prefix |
| Prefix6 |
| Prefix6Space |
| PrefixSpace
Describes a collection of
Prefix es and PrefixRange s |
| PrefixTrie |
| RoutingProtocol |
| SubRange |
| Class and Description |
|---|
| Flow |
| Ip |
| Prefix |
| Class and Description |
|---|
| AaaAuthenticationLoginList |
| Line |
| SwitchportMode |
| Class and Description |
|---|
| AaaAuthenticationLoginList |
| Ip |
| Line |
| Class and Description |
|---|
| AclIpSpace
An ACL-based
IpSpace . |
| EmptyIpSpace |
| HeaderSpace |
| Ip |
| IpIpSpace |
| IpSpace |
| IpSpaceReference |
| IpWildcard |
| IpWildcardIpSpace |
| IpWildcardSetIpSpace
Represents a space of IPv4 addresses using a whitelist and blacklist of
IpWildcard s. |
| PrefixIpSpace |
| UniverseIpSpace |
| Class and Description |
|---|
| DataPlane |
| Fib |
| Flow |
| FlowTrace
Represents the result of performing a traceroute for a
Flow |
| Class and Description |
|---|
| AbstractRoute |
| BgpAdvertisement
Instances of this class represent hypothetical BGP advertisements used for testing, or where the
config of an advertising border router is unavailable
|
| BgpPeerConfigId
Uniquely identifies a
BgpPeerConfig in a network. |
| BgpRoute |
| BgpSessionProperties
Represents properties of a peering session between two
BgpPeerConfig s. |
| Configuration |
| DataPlane |
| Edge |
| Fib |
| Flow |
| FlowTrace
Represents the result of performing a traceroute for a
Flow |
| ForwardingAnalysis |
| GenericRib |
| Ip |
| IsisRoute |
| NetworkConfigurations
Represents a set of configurations in a network.
|
| OspfExternalType1Route |
| OspfExternalType2Route |
| Prefix |
| Topology |
| Class and Description |
|---|
| BgpPeerConfigId
Uniquely identifies a
BgpPeerConfig in a network. |
| BgpSessionProperties
Represents properties of a peering session between two
BgpPeerConfig s. |
| Class and Description |
|---|
| AbstractRoute |
| BgpPeerConfig
Represents a configured BGP peering, at the control plane level
|
| BgpRoute |
| BgpRoute.Builder |
| BgpSessionProperties
Represents properties of a peering session between two
BgpPeerConfig s. |
| Configuration |
| ConfigurationFormat |
| GeneratedRoute |
| GeneratedRoute.Builder |
| GenericRib |
| Ip |
| IsisRoute |
| OspfInternalRoute |
| Prefix |
| StaticRoute |
| Vrf |
| Class and Description |
|---|
| AbstractRoute |
| AsPath |
| BgpRoute |
| BgpTieBreaker |
| ConnectedRoute |
| GenericRib |
| Ip |
| IpSpace |
| IsisRoute |
| LocalRoute |
MultipathEquivalentAsPathMatchMode
MultipathEquivalentAsPathMatchMode is used when determining which BGP paths are
equivalent to the best path. |
| OspfExternalType1Route |
| OspfExternalType2Route |
| OspfInterAreaRoute |
| OspfIntraAreaRoute |
| OspfRoute |
| Prefix |
| RipInternalRoute |
| RipRoute |
| StaticRoute |
| Class and Description |
|---|
| BgpPeerConfigId
Uniquely identifies a
BgpPeerConfig in a network. |
| Class and Description |
|---|
| ConfigurationFormat |
| Class and Description |
|---|
| ConfigurationFormat |
| Class and Description |
|---|
| NamedPort |
| Class and Description |
|---|
| Configuration |
| ConfigurationFormat |
| Class and Description |
|---|
| AbstractRoute |
| BgpAdvertisement
Instances of this class represent hypothetical BGP advertisements used for testing, or where the
config of an advertising border router is unavailable
|
| Configuration |
| ConfigurationFormat |
| DataPlane |
| Flow |
| FlowHistory |
| GenericConfigObject |
| HeaderSpace |
| Ip |
| IpAccessList |
| Topology |
| Class and Description |
|---|
| AbstractRoute |
| BgpAdvertisement
Instances of this class represent hypothetical BGP advertisements used for testing, or where the
config of an advertising border router is unavailable
|
| Configuration |
| ConfigurationDiff |
| ConfigurationFormat |
| DataPlane |
| Edge |
| Flow.Builder |
| ForwardingAction |
| HeaderSpace |
| Ip |
| IpProtocol |
| IpWildcard |
| NeighborType |
| NodeType |
| Prefix |
| PrefixSpace
Describes a collection of
Prefix es and PrefixRange s |
| Protocol |
| ReachabilityType |
| RoleEdge |
| Route |
| RoutingProtocol |
| SubRange |
| VerboseEdge
Represents an edge connecting the interfaces of two nodes directly.
|
| Class and Description |
|---|
| Configuration |
| IpSpace |
| Class and Description |
|---|
| BgpSessionProperties.SessionType |
| Ip |
| Prefix |
| Class and Description |
|---|
| IpsecVpn |
| Class and Description |
|---|
| NodeType |
| Class and Description |
|---|
| Prefix |
| Class and Description |
|---|
| ForwardingAction |
| Protocol |
| SubRange |
| Class and Description |
|---|
| Flow.Builder |
| FlowHistory |
| Class and Description |
|---|
| IpProtocol |
| SubRange |
| Class and Description |
|---|
| Configuration |
| GenericConfigObject |
| HeaderSpace |
| Interface |
| InterfaceAddress |
| Ip |
| IpAccessList |
| IpAccessListLine |
| IpProtocol |
| IpWildcard |
| Prefix |
| StaticRoute |
| Class and Description |
|---|
| Ip |
| Ip6 |
| Prefix |
| Prefix6 |
| RoutingProtocol |
| Class and Description |
|---|
| Configuration |
| ConfigurationFormat |
| GenericConfigObject |
| Interface |
| InterfaceAddress |
| Ip |
| Prefix |
| StaticRoute |
| Vrf |
| Class and Description |
|---|
| Configuration |
| ConfigurationFormat |
| GenericConfigObject |
| IpProtocol |
| IpWildcard |
| LineAction |
| SubRange |
| Class and Description |
|---|
| AsPath |
| BgpAuthenticationAlgorithm |
| Configuration |
| ConfigurationFormat |
| GenericConfigObject |
| HeaderSpace |
| HeaderSpace.Builder |
| Ip |
| Ip6 |
| IpAccessListLine |
| IpProtocol |
| IpsecEncapsulationMode |
| IpWildcard |
| IsoAddress
First byte - AFI
Next 0-12 bytes - Area ID Next 6 bytes - System ID Last byte - NSEL |
| LineAction |
| OriginType |
| Prefix |
| Prefix6 |
| Route6FilterList |
| RouteFilterList |
| RoutingProtocol |
| SnmpServer |
| SubRange |
| TcpFlags |
| Class and Description |
|---|
| Configuration |
| ConfigurationFormat |
| GenericConfigObject |
| Class and Description |
|---|
| Configuration |
| ConfigurationFormat |
| GenericConfigObject |
| IpAccessList |
| IpProtocol |
| LineAction |
| Class and Description |
|---|
| Topology |
| Class and Description |
|---|
| Configuration |
| Interface |
| IpSpace |
| Vrf |
| Class and Description |
|---|
| BgpActivePeerConfig
Represent a BGP config which allows peering with a single remote peer.
|
| Configuration |
| Interface |
| Prefix |
| RoutingProtocol |
| StaticRoute |
| Class and Description |
|---|
| AclIpSpace
An ACL-based
IpSpace . |
| Configuration |
| EmptyIpSpace |
| HeaderSpace |
| IpIpSpace |
| IpSpace |
| IpSpaceReference |
| IpWildcardIpSpace |
| IpWildcardSetIpSpace
Represents a space of IPv4 addresses using a whitelist and blacklist of
IpWildcard s. |
| Prefix |
| PrefixIpSpace |
| UniverseIpSpace |
| Class and Description |
|---|
| Flow |
| FlowHistory |
| Class and Description |
|---|
| AclIpSpace
An ACL-based
IpSpace . |
| EmptyIpSpace |
| Flow.Builder |
| Ip |
| IpAccessList |
| IpIpSpace |
| IpSpace |
| IpSpaceReference |
| IpWildcard |
| IpWildcardIpSpace |
| IpWildcardSetIpSpace
Represents a space of IPv4 addresses using a whitelist and blacklist of
IpWildcard s. |
| Prefix |
| PrefixIpSpace |
| UniverseIpSpace |
| Class and Description |
|---|
| AclIpSpace
An ACL-based
IpSpace . |
| EmptyIpSpace |
| IpAccessList |
| IpIpSpace |
| IpSpaceReference |
| IpWildcardIpSpace |
| IpWildcardSetIpSpace
Represents a space of IPv4 addresses using a whitelist and blacklist of
IpWildcard s. |
| PrefixIpSpace |
| UniverseIpSpace |
| Class and Description |
|---|
| HeaderSpace |
| Prefix |
| Class and Description |
|---|
| Configuration |
| ConfigurationFormat |
| DefinedStructureInfo |
| GenericConfigObject |
| Class and Description |
|---|
| AclIpSpace
An ACL-based
IpSpace . |
| Configuration |
| Edge |
| EmptyIpSpace |
| Flow |
| ForwardingAction |
| ForwardingAnalysis |
| HeaderSpace |
| Ip |
| IpAccessList |
| IpAccessListLine |
| IpIpSpace |
| IpSpace |
| IpSpaceReference |
| IpWildcard |
| IpWildcardIpSpace |
| IpWildcardSetIpSpace
Represents a space of IPv4 addresses using a whitelist and blacklist of
IpWildcard s. |
| LineAction |
| PrefixIpSpace |
| Topology |
| UniverseIpSpace |
| Class and Description |
|---|
| HeaderSpace |
| Ip |
| IpProtocol |
| IpSpace |
| IpWildcard |
| Prefix |
| Protocol |
| State |
| SubRange |
| TcpFlags |
| Class and Description |
|---|
| AclIpSpace
An ACL-based
IpSpace . |
| EmptyIpSpace |
| IpIpSpace |
| IpSpace |
| IpSpaceReference |
| IpWildcardIpSpace |
| IpWildcardSetIpSpace
Represents a space of IPv4 addresses using a whitelist and blacklist of
IpWildcard s. |
| PrefixIpSpace |
| UniverseIpSpace |
| Class and Description |
|---|
| Edge |
Copyright © 2014–2018. All rights reserved.


Freddie Mercury's friend says Queen frontman wanted to 'die on own his terms'
Freddie Mercury passed away 28-years ago to the day after a long battle with AIDS.
And to mark the anniversary of his death, the singer’s longtime friend Peter Freestone has spoken out about the Queen frontman’s final days.
Calling himself Freddie’s ‘chief cook and bottle washer, waiter, butler, secretary, cleaner and agony aunt,’ the star opened up to The Express about how the late icon wanted to die on his ‘own terms’.
He told the publication: ‘The last time I saw him he was relaxed and prepared…
‘We all knew it could not be too long, but Freddie’s doctor had said that he could be with us for quite a few days longer. I tend to feel that Freddie had decided he had had enough and it was time to go under his own terms.’
Peter added: ‘He didn’t get depressed. He wasn’t afraid. It was a fact he was going to die. In those days there was absolutely nothing could change that. So he got on with his music.
Advertisement Advertisement
‘He did so much in those last four years.’
Peter isn’t the only one of Freddie’s friends to talk about the Radio Ga Ga hitmaker’s death, as Elton John recently spoke about the last time he saw the singer when chatting to David Walliams.
Speaking in front of a live audience at Eventim Apollo, in London, the 72-year-old said up until his death Freddie was only thinking of everyone else.
‘I didn’t go and see him often as Aids was terrifying and he was physically terrifying to look at,’ Elton said, according to Daily Star. ‘While he was dying he was still buying things at auction.
‘He wasn’t thinking about dying at all. He showed no fear to me about dying, no fear or sadness. When you went there you had an audience with Freddie.’
The Honky Cat hitmaker recalled receiving a gift from Freddie of a watercolour painting that continues to sit next to his bed.
‘On Christmas morning Tony King came round and gave me this pillowcase,’ Elton explained.
‘As you read in the book my drag name is Sharon and Freddie was Melina.
Advertisement Advertisement
‘In this beautiful pillowcase was this watercolour painting. In the note that went with it said “Dear Sharon, I saw this at auction and I thought you would love it. I love you Malena”.’
Got a showbiz story?
If you've got a story, video or pictures get in touch with the Metro.co.uk Entertainment team by emailing us<EMAIL_ADDRESS>calling 020 3615 2145 or by visiting our Submit Stuff page - we'd love to hear from you.


SoundCloud Jukebox
Keep in mind, private playlists will not load.
UPLOAD NEW SONG:
Upload URL
UPLOAD NEW PLAYLIST:
Upload URL
'


Spark Core Configuration
Connect your device via usb, put it into listening mode, and click "Find Device"
Find Device
WiFi Credentials
Device ID
SSID (name of your WiFi)
Password
Security type (if unsure try WPA2)
WPA2
WPA
WEP
None
Connect


Welcome to the study
In this study we
evaluate the
technical support for a new standardized user authentication mechanism called FIDO2/Webauthn. FIDO2/Webauthn is currently used by major websites such as Google, Twitter, Facebook and
many more to allow users to login with security hardware in addition or even without their passwords. This technology has been designed such that no private data whatsoever is sent to servers, including data that
could be misused to track users.
Your Tasks:
- Enter your mTurk Worker ID
- Click the button "Register Security Key". This will prompt a Browser or System dialogue. If you possess a Security Key please register it, otherwise you can click cancel. Cancelling will cause an error
which you can ignore.
- Click the button "Register Security Device". If your current device has an authentication method compatible with FIDO2, the System or Browser will prompt a dialogue, please register it then.
If your device does not have such a compatible authentication method, clicking the button will cause an error which you can ignore.
- After you clicked both buttons the "Finish" button will appear. Click the "Finish Button" to receive your Secret Key.
Please copy the Secret Key before leaving the website as it is necessary
for you, to receive payment
- Afterwards follow the link to the survey as it is also necessary to receive payment!
The data we collect consist of your IP and time when you accessed the study (both of it will not be analyzed) as well as your mTurk Worker ID, the platform you use and if you were successful.
This study creates cookies to store session data for this webpage. None of the data contained will be analyzed or saved on our site.


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You must be logged in to see your invoice online.
{% endif %}You must bring your confirmation with you to the park
{% else %}You do not have permission to access the confirmation or invoice for this booking.
Please check your email or contact COLS directly.
You must bring your confirmation with you to the park Confirmation is only available after the booking is paid in full.
{% endif %}


@* * Copyright 2010-2014 Artima, Inc. * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @(pagename: String, topImage: Html, containerStyle: String ="Container")(body: => Html) @import helpers.CalendarHelper.currentYear
Scalactic is brought to you by Bill Venners, with
contributions from several other folks. It is sponsored by
Artima, Inc.
ScalaTest is free, open-source software
released under the Apache
2.0 license.
Copyright © 2009-@currentYear() Artima, Inc. All Rights Reserved.


My Projects
Below are a few of my most recent projects. Please explore and reach out if you'd like to discuss!
Project #1
This was my first project that incorporated basic HTML and CSS. It's basic, but symbolic in my coding journey!
Check it OutLOTR Cocktail Generator
This was my first group project. As a LOTR fan, I was very excited to use a LOTR-themed API.
Check it OutAccountability
An expense management app created as a group project and deployed on Heroku.
Check it OutContact Info
- Email<EMAIL_ADDRESS>- Github: mwinter1


Contents
clear;
close all;
debug_lvl = 0
iter_req = 1;
count_failed = 1;
T = 200;
K = 4;
TolCon = 1e-12;
MaxIter = 10000;
MaxFunEvals = 1000000;
debug_lvl =
0
generate the input data
gen_test_data;
Delta = 0.01;
initial conditions
I_b0 = ones(T, 1) * 0;
I_sk_out0 = ones(T, K) * 1;
I_sk_in0 = ones(T, K) * 2;
V_sk0 = ones(T+1, K) * 3;
L_k0 = ones(T, K) * 4;
I_b0 = reshape(I_b0,1,[]).';
I_sk_out0 = reshape(I_sk_out0,1,[]).';
I_sk_in0 = reshape(I_sk_in0,1,[]).';
V_sk0 = reshape(V_sk0,1,[]).';
L_k0 = reshape(L_k0,1,[]).';
x0 = [ I_b0;
I_sk_out0;
I_sk_in0;
V_sk0;
L_k0];
construct the problem
prepare_P3;
parameters
epsilon = 0.7;
sigma_1 = 26.0;
sigma_2 = 0.8;
gamma = 0.001;
delta = 1.;
nonlinear constraint
nonlcon = [];
input for MIAD
sigma_1 = 2.0;
sigma_2 = 0.5;
alpha = 2;
beta_1 = 2.0;
beta_2 = 0.5;
if exist('x_start_orig_0.mat','file')
load('x_start_orig_0.mat', 'x');
x0 = x;
else
rng('shuffle')
x0 = rand(size(x));
end
parameters
epsilon = 0.7;
sigma_1 = 26.0;
sigma_2 = 0.8;
gamma = 0.001;
delta = 1.;
solver options
options = optimoptions(@fmincon,'Algorithm','interior-point', ...
'PlotFcn',{@optimplotconstrviolation,@optimplotfval,@optimplotfirstorderopt}, ...
'Display','iter', 'MaxIter', MaxIter, 'MaxFunEvals', MaxFunEvals, ...
'TolCon', TolCon);
MIAD
if alpha < 1
error('alpha must be bigger than 1')
end
if beta_1 < 0 && beta_1 >= sigma_1
error('beta_1 must be bigger than 0 and smaller sigma_1')
end
if beta_2 < 0 && beta_2 >= sigma_2
error('beta_2 must be bigger than 0 and smaller sigma_2')
end
n = 1;
m = 1;
run = 1;
n_iter = 0;
temp_1 = sigma_1;
temp_2 = sigma_2;
while n_iter < iter_req
if debug_lvl > 0
disp(['sigma_1: ', num2str(sigma_1)])
disp(['sigma_2: ', num2str(sigma_2)])
disp(['n_iter: ', num2str(n_iter)])
end
fun = @(x)objective_fun_P3( x, sigma_1, sigma_2, epsilon, gamma, delta, T, F, f);
x0 = x;
[x, fval, exitflag, output] = ...
fmincon(fun,x,A,b,Aeq,beq,lb,ub,nonlcon,options);
output
is_feasible = exitflag ~= -2;
if(is_feasible)
disp(['exitflag=', num2str(exitflag)])
disp(['fval: ', num2str(fval)])
else
disp('Solution is NOT OK (NOT feasible)')
output.message
end
if (is_feasible + count_failed) > 0
n_iter = n_iter + 1;
end
if (is_feasible)
if sigma_1 >= beta_1 && sigma_2 >= beta_2
if n == 1
temp_1 = sigma_1;
sigma_1 = sigma_1 - beta_1;
n = 2;
else
temp_2 = sigma_2;
sigma_2 = sigma_2 - beta_2;
n = 1;
end
end
else
if temp_1 - sigma_1 == beta_1
sigma_1 = sigma_1 + beta_1;
end
if temp_2 - sigma_2 == beta_2
sigma_2 = sigma_2 + beta_2;
end
if temp_1 - sigma_1 ~= beta_1 && temp_2 - sigma_2 ~= beta_2
if m == 1
sigma_1 = alpha * sigma_1;
m = 2;
else
sigma_2 = alpha * sigma_2;
m = 1;
end
end
end
end
First-order Norm of
Iter F-count f(x) Feasibility optimality step
0 3405 1.357205e+00 1.071e+02 3.698e-01
User objective function returned Inf; trying a new point...
1 6826 1.358635e+00 1.071e+02 8.400e-01 4.550e-03
User objective function returned Inf; trying a new point...
2 10233 1.360436e+00 1.071e+02 1.167e+00 4.117e-03
User objective function returned Inf; trying a new point...
3 13644 1.360284e+00 1.071e+02 5.329e-01 8.755e-03
User objective function returned Inf; trying a new point...
4 17057 1.361122e+00 1.071e+02 7.623e-01 3.514e-03
User objective function returned Inf; trying a new point...
5 20464 1.364877e+00 1.071e+02 2.591e+00 5.862e-03
User objective function returned Inf; trying a new point...
6 23875 1.363643e+00 1.071e+02 5.516e-01 6.623e-03
User objective function returned Inf; trying a new point...
7 27288 1.363973e+00 1.071e+02 5.705e-01 2.736e-03
User objective function returned Inf; trying a new point...
8 30696 1.366141e+00 1.071e+02 6.706e+00 2.309e-03
User objective function returned Inf; trying a new point...
9 34106 1.365876e+00 1.071e+02 7.392e-01 4.882e-03
User objective function returned Inf; trying a new point...
10 37517 1.365085e+00 1.071e+02 5.458e-01 8.654e-03
User objective function returned Inf; trying a new point...
11 40929 1.365298e+00 1.071e+02 8.257e-01 7.510e-03
User objective function returned Inf; trying a new point...
12 44342 1.365187e+00 1.071e+02 7.048e-01 3.224e-03
User objective function returned Inf; trying a new point...
13 47750 1.366634e+00 1.071e+02 1.027e+00 2.708e-03
User objective function returned Inf; trying a new point...
14 51161 1.366350e+00 1.071e+02 8.578e-01 2.832e-03
User objective function returned Inf; trying a new point...
15 54567 1.368384e+00 1.071e+02 1.215e+00 9.291e-03
User objective function returned Inf; trying a new point...
16 57980 1.368143e+00 1.071e+02 9.022e-01 2.469e-03
User objective function returned Inf; trying a new point...
17 61386 1.369967e+00 1.071e+02 1.146e+00 7.408e-03
User objective function returned Inf; trying a new point...
18 64799 1.369549e+00 1.071e+02 9.022e-01 2.177e-03
User objective function returned Inf; trying a new point...
19 68205 1.370563e+00 1.071e+02 9.022e-01 6.013e-03
User objective function returned Inf; trying a new point...
20 71617 1.370522e+00 1.071e+02 2.077e+00 3.794e-03
User objective function returned Inf; trying a new point...
21 75023 1.371985e+00 1.071e+02 2.077e+00 9.651e-03
User objective function returned Inf; trying a new point...
22 78435 1.371755e+00 1.071e+02 5.261e-01 6.773e-03
User objective function returned Inf; trying a new point...
23 81842 1.373037e+00 1.071e+02 6.644e-01 7.853e-03
User objective function returned Inf; trying a new point...
24 85254 1.373481e+00 1.071e+02 6.831e-01 5.923e-03
User objective function returned Inf; trying a new point...
25 88660 1.375563e+00 1.071e+02 8.731e-01 1.267e-02
User objective function returned Inf; trying a new point...
26 92073 1.375588e+00 1.070e+02 9.917e-01 5.146e-03
User objective function returned Inf; trying a new point...
27 95479 1.377318e+00 1.070e+02 1.032e+00 1.083e-02
User objective function returned Inf; trying a new point...
28 98891 1.378094e+00 1.070e+02 4.168e+00 8.995e-03
User objective function returned Inf; trying a new point...
29 102298 1.380021e+00 1.070e+02 4.540e+00 9.102e-03
User objective function returned Inf; trying a new point...
30 105711 1.379764e+00 1.070e+02 1.049e+00 3.995e-03
User objective function returned Inf; trying a new point...

First-order Norm of
Iter F-count f(x) Feasibility optimality step
61 211387 1.400312e+00 1.069e+02 7.271e-01 7.691e-03
User objective function returned Inf; trying a new point...
62 214799 1.400678e+00 1.069e+02 7.248e-01 3.952e-03
User objective function returned Inf; trying a new point...
63 218205 1.401862e+00 1.069e+02 7.248e-01 8.668e-03
User objective function returned Inf; trying a new point...
64 221616 1.401283e+00 1.069e+02 6.397e-01 9.178e-03
User objective function returned Inf; trying a new point...
65 225022 1.403911e+00 1.069e+02 6.397e-01 1.979e-02
User objective function returned Inf; trying a new point...
66 228434 1.404417e+00 1.069e+02 1.072e+00 8.151e-03
User objective function returned Inf; trying a new point...
67 231840 1.406897e+00 1.069e+02 1.043e+00 1.820e-02
User objective function returned Inf; trying a new point...
68 235252 1.407564e+00 1.069e+02 7.469e-01 7.809e-03
User objective function returned Inf; trying a new point...
69 238658 1.409832e+00 1.069e+02 7.469e-01 1.686e-02
User objective function returned Inf; trying a new point...
70 242070 1.410088e+00 1.069e+02 7.398e-01 6.690e-03
User objective function returned Inf; trying a new point...
71 245476 1.412163e+00 1.069e+02 7.398e-01 1.528e-02
User objective function returned Inf; trying a new point...
72 248888 1.412418e+00 1.069e+02 7.382e-01 6.070e-03
User objective function returned Inf; trying a new point...
73 252294 1.414251e+00 1.069e+02 7.382e-01 1.376e-02
User objective function returned Inf; trying a new point...
74 255706 1.414587e+00 1.069e+02 7.382e-01 5.496e-03
User objective function returned Inf; trying a new point...
75 259112 1.416267e+00 1.069e+02 7.382e-01 1.269e-02
User objective function returned Inf; trying a new point...
76 262524 1.416632e+00 1.069e+02 7.382e-01 4.980e-03
User objective function returned Inf; trying a new point...
77 265930 1.418160e+00 1.069e+02 7.382e-01 1.157e-02
User objective function returned Inf; trying a new point...
78 269342 1.418529e+00 1.069e+02 7.382e-01 4.520e-03
User objective function returned Inf; trying a new point...
79 272748 1.419942e+00 1.069e+02 7.382e-01 1.052e-02
User objective function returned Inf; trying a new point...
80 276159 1.419352e+00 1.069e+02 7.382e-01 1.052e-02
User objective function returned Inf; trying a new point...
81 279565 1.422682e+00 1.068e+02 7.382e-01 2.450e-02
User objective function returned Inf; trying a new point...
82 282978 1.423304e+00 1.068e+02 7.539e-01 3.677e-03
User objective function returned Inf; trying a new point...
83 286384 1.424514e+00 1.068e+02 7.539e-01 9.008e-03
User objective function returned Inf; trying a new point...
84 289795 1.425055e+00 1.068e+02 8.403e-01 8.736e-03
User objective function returned Inf; trying a new point...
85 293201 1.427810e+00 1.068e+02 8.403e-01 2.030e-02
User objective function returned Inf; trying a new point...
86 296613 1.427883e+00 1.068e+02 7.720e-01 7.737e-03
User objective function returned Inf; trying a new point...
87 300019 1.430403e+00 1.068e+02 7.720e-01 1.845e-02
User objective function returned Inf; trying a new point...
88 303431 1.431372e+00 1.068e+02 1.012e+01 6.950e-03
User objective function returned Inf; trying a new point...
89 306837 1.433728e+00 1.068e+02 9.905e+00 1.705e-02
User objective function returned Inf; trying a new point...
90 310249 1.433940e+00 1.068e+02 9.121e+00 6.517e-03
User objective function returned Inf; trying a new point...

First-order Norm of
Iter F-count f(x) Feasibility optimality step
271 927260 1.645054e+00 1.061e+02 4.165e+01 9.002e-05
User objective function returned Inf; trying a new point...
272 930666 1.645086e+00 1.061e+02 4.145e+01 2.790e-04
User objective function returned Inf; trying a new point...
273 934078 1.644843e+00 1.061e+02 3.659e+01 7.593e-05
User objective function returned Inf; trying a new point...
274 937484 1.644868e+00 1.061e+02 3.662e+01 2.445e-04
User objective function returned Inf; trying a new point...
275 940895 1.646871e+00 1.061e+02 5.552e+01 1.482e-04
User objective function returned Inf; trying a new point...
276 944301 1.646921e+00 1.061e+02 5.632e+01 4.664e-04
User objective function returned Inf; trying a new point...
277 947712 1.647090e+00 1.061e+02 5.508e+01 2.997e-04
User objective function returned Inf; trying a new point...
278 951118 1.647167e+00 1.061e+02 5.476e+01 9.564e-04
User objective function returned Inf; trying a new point...
279 954531 1.645516e+00 1.061e+02 3.077e+01 1.185e-04
User objective function returned Inf; trying a new point...
280 957937 1.645527e+00 1.061e+02 3.082e+01 1.093e-04
User objective function returned Inf; trying a new point...
281 961347 1.647289e+00 1.061e+02 4.629e+01 1.632e-04
User objective function returned Inf; trying a new point...
282 964753 1.647337e+00 1.061e+02 4.723e+01 5.090e-04
User objective function returned Inf; trying a new point...
283 968166 1.646292e+00 1.061e+02 3.289e+01 6.293e-05
User objective function returned Inf; trying a new point...
284 971572 1.646312e+00 1.061e+02 3.293e+01 2.039e-04
User objective function returned Inf; trying a new point...
285 974984 1.645583e+00 1.061e+02 3.061e+01 6.168e-05
User objective function returned Inf; trying a new point...
286 978390 1.645608e+00 1.061e+02 3.066e+01 1.989e-04
User objective function returned Inf; trying a new point...
287 981801 1.646926e+00 1.061e+02 3.712e+01 1.232e-04
User objective function returned Inf; trying a new point...
288 985207 1.646973e+00 1.061e+02 3.706e+01 3.840e-04
User objective function returned Inf; trying a new point...
289 988620 1.646314e+00 1.061e+02 3.022e+01 4.869e-05
User objective function returned Inf; trying a new point...
290 992026 1.646330e+00 1.061e+02 3.023e+01 1.547e-04
User objective function returned Inf; trying a new point...
291 995437 1.647483e+00 1.061e+02 3.963e+01 9.504e-05
User objective function returned Inf; trying a new point...
292 998843 1.647516e+00 1.061e+02 3.966e+01 2.980e-04
User objective function returned Inf; trying a new point...
293 1002255 1.649038e+00 1.061e+02 1.472e+02 7.568e-05
Solver stopped prematurely.
fmincon stopped because it exceeded the function evaluation limit,
options.MaxFunEvals = 1000000 (the selected value).
output =
iterations: 293
funcCount: 1002255
constrviolation: 106.0774
stepsize: 7.5677e-05
algorithm: 'interior-point'
firstorderopt: 147.1574
cgiterations: 1512
message: 'Solver stopped prematurely.
fmincon stopped because...'
exitflag=0
fval: 1.649
get results
cnt = 1;
I_b = x(cnt:cnt+T-1);
cnt = cnt + T;
I_sk_out = x(cnt:cnt + K*T-1);
cnt = cnt + K*T;
I_sk_in = x(cnt:cnt + K*T-1);
cnt = cnt + K*T;
V_sk = x(cnt:cnt + K*T-1);
cnt = cnt + K*T;
L_k = x(cnt:cnt + K*T-1);
I_sk = I_sk_out - I_sk_in;
I_sk = reshape(I_sk,[T,K]);
I_sk_out = reshape(I_sk_out,[T,K]);
I_sk_in = reshape(I_sk_in,[T,K]);
V_sk = reshape(V_sk,[T,K]);
L_k = reshape(L_k,[T,K]);
t = 1:T;
plot results
figure();
subplot(3,1,1);
plot(t, I_b);
ylabel('I_b')
legend('I_b')
subplot(3,1,2);
l = {};
for k=1:K
plot(t, I_sk_in(:,k), '-');
l{k} = ['I_{s', num2str(k), '}'];
hold on;
end
ylabel('I_{s}')
legend(l)
subplot(3,1,3);
l = {};
for k=1:K
plot(t, V_sk(:,k));
l{k} = ['V_{s', num2str(k), '}'];
hold on;
end
ylabel('V_{s}')
legend(l)
xlabel('t')
test constrains as given in equations
vals_c1 = I_b + sum(I_sk_out - I_sk_in, 2) - sum(I_Mn, 2);
figure()
plot(vals_c1)
title('I_b + sum(I_{sk}^{out} - I_{sk}^{in}) - sum(I_{M_n}) | should all be zero')
vals_c2 = zeros(T,1);
for k=1:K
sumval = Delta/C_k(k) * I_sk(:,k) + R_sk_max(k) * abs(I_sk(:,k));
vals_c2 = vals_c2 + V_sk(:,k);
vals_c2 = vals_c2 - cumsum(sumval);
end
figure()
plot(vals_c1)
title('second sconstraint | should all be zero')
disp(['should be zero:', num2str(V_sk(1) - V_sk(end))])
vals_c31 = (I_sk_out-I_sk_in)-L_k;
figure()
for k=1:K
plot(vals_c31(:,k))
hold on
end
plot(vals_c1 .* 0, 'k')
title('( I_{sk}_{out}-I_{sk}^{in} )+L_k | should all be higher than zero')
vals_c32 = L_k -(I_sk_out-I_sk_in);
figure()
for k=1:K
plot(vals_c32(:,k))
hold on
end
plot(vals_c1 .* 0, 'k')
title('L_k -( I_{sk}^{ou} - I_{sk}^{in} ) | should all be higher than zero')
should be zero:-0.03254
test constraints as implemented in matrix form
figure()
v = Aeq * x - beq;
plot(v < 0)
title('Aeq * x - beq <= 0 | should all be true')
figure()
v = A * x - b;
plot(abs(v) < options.TolCon );
title('A * x - b = 0 | should all be true')
test boundaries as implemented in matrix form
figure()
plot(x >= lb)
title('x >= lb | should all be true')
figure()
plot(x <= ub)
title('x <= ub | should all be true')


Part 6: Running our bot
Running the bot application and its tests.
Running tests + the bot with Twisted plugins
Running tests
Let’s first test to see if our tests pass. Twisted has a plugin command, trial
, that will easily pick up the tests that we wrote. Within our new-coder/network
directory, with our virtualenv activated, we’ll run our tests:
1 2 3 | (NetworkProj)$ pwd
/Users/lynnroot/Dev/new-coder/network
(NetworkProj)$ trial tests
|
You should see something like the following:
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 | (NetworkProj)$ trial tests
tests.test_quote_picker
TestQuotePicker
test_pick ... [OK]
tests.test_talkbackbot
TestTalkBackBot
test_privmsgAttribution ... [OK]
test_privmsgNoTrigger ... [OK]
test_privmsgPrivateMessage ... [OK]
test_privmsgWithTrigger ... [OK]
---------------------------------------------------------
Ran 5 tests in 0.020s
PASSED (successes=5)
|
Running our bot
Time to play with our bot! First, copy settings.ini.EXAMPLE
to settings.ini
and edit the file as necessary:
[irc]
endpoint = ssl:host=irc.freenode.net:port=7000
nickName = shereallysaid
realName = bot: provides quotations from notable women
channel = #newcoder
[talkback]
quotesFilename = quotes.txt
# Trigger phrases, in lowercase
triggers =
that's what she said
Then run the following command with our virtualenv activated:
1 | (NetworkProj)$ twistd -n twsrs
|
and you should see the following:
1 2 3 4 5 6 7 8 | (NetworkProj)$ twistd -n twsrs
2013-06-27 16:27:51+0200 [-] Log opened.
2013-06-27 16:27:51+0200 [-] twistd 13.0.0 (/Users/lynnroot/.virtualenvs/NetworkProj/bin/python 2.7.2) starting up.
2013-06-27 16:27:51+0200 [-] reactor class: twisted.internet.selectreactor.SelectReactor.
2013-06-27 16:27:51+0200 [-] Starting factory <talkback.bot.TalkBackBotFactory instance at 0x107e2bc68>
2013-06-27 16:27:51+0200 [Uninitialized] connectionMade
2013-06-27 16:28:01+0200 [TalkBackBot (TLSMemoryBIOProtocol),client] Signed on
2013-06-27 16:28:07+0200 [TalkBackBot (TLSMemoryBIOProtocol),client] [shereallysaid has joined #newcoder]
|
Now if you log onto irc.freenode.net as yourself and join the #newcoder channel, you should see shereallysaid
in the channel. Try sending that's what she said
in the channel:
Now try sending shereallysaid: ping
in the #newcoder channel:
And last, try sending a message to the bot directly: /msg shereallysaid hello
:
Looking back at our terminal, we can see the output of our logs:
1 2 3 4 5 6 7 8 9 10 11 12 13 14 | (NetworkProj)$ twistd -n twsrs
2013-06-27 16:27:51+0200 [-] Log opened.
2013-06-27 16:27:51+0200 [-] twistd 13.0.0 (/Users/lynnroot/.virtualenvs/IRCbot/bin/python 2.7.2) starting up.
2013-06-27 16:27:51+0200 [-] reactor class: twisted.internet.selectreactor.SelectReactor.
2013-06-27 16:27:51+0200 [-] Starting factory <talkback.bot.TalkBackBotFactory instance at 0x107e2bc68>
2013-06-27 16:27:51+0200 [Uninitialized] connectionMade
2013-06-27 16:28:01+0200 [TalkBackBot (TLSMemoryBIOProtocol),client] Signed on
2013-06-27 16:28:07+0200 [TalkBackBot (TLSMemoryBIOProtocol),client] [shereallysaid has joined #newcoder]
2013-06-27 16:32:34+0200 [TalkBackBot (TLSMemoryBIOProtocol),client] sent message to #newcoder, triggered by roguelynn:
The worst cynicism: a belief in luck. ~ Joyce Carol Oates
2013-06-27 16:36:48+0200 [TalkBackBot (TLSMemoryBIOProtocol),client] sent message to #newcoder, triggered by roguelynn:
It is because I have lived a most difficult life that I could do this. ~ Oksana Baiul
2013-06-27 16:37:46+0200 [TalkBackBot (TLSMemoryBIOProtocol),client] sent message to roguelynn, triggered by roguelynn:
Cherish your human connections: your relationships with friends and family. ~ Barbara Bush
|
When you’re done, within the terminal, press CTRL+C
to terminate the bot. When doing so, you’ll see the following:
1 2 3 4 5 | 2013-06-27 16:41:16+0200 [-] Received SIGINT, shutting down.
2013-06-27 16:41:16+0200 [TalkBackBot (TLSMemoryBIOProtocol),client] connectionLost <twisted.python.failure.Failure <class 'twisted.internet.error.ConnectionLost'>>
2013-06-27 16:41:16+0200 [TalkBackBot (TLSMemoryBIOProtocol),client] Stopping factory <talkback.bot.TalkBackBotFactory instance at 0x107e2bc68>
2013-06-27 16:41:16+0200 [-] Main loop terminated.
2013-06-27 16:41:16+0200 [-] Server Shut Down.
|
Running tests + the bot with a Makefile
If you have Make
installed (test in your terminal via make --version
), you can create a Makefile, like so:
1 2 3 4 5 6 7 8 9 | run:
twistd -n twsrs
cov:
coverage run --branch --source talkback `which trial` tests
coverage report
coverage html
.PHONY: run cov
|
A Makefile simplifies commands for us – notice that these are just commands we could run in our terminal directly.. If we want to run the bot, all we’d have to do is make run
to start our bot. If we want to run our tests, all we’d have to do is make cov
.
Running our tests via make cov
makes use of coverage
(a requirement that is listed in requirements.txt
and should be in your virtualenv already). When we run make cov
, we see this:
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 | (NetworkProj)$ make cov
coverage run --branch --source talkback `which trial` tests
tests.test_quote_picker
TestQuotePicker
test_pick ... [OK]
tests.test_talkbackbot
TestTalkBackBot
test_privmsgAttribution ... [OK]
test_privmsgNoTrigger ... [OK]
test_privmsgPrivateMessage ... [OK]
test_privmsgWithTrigger ... [OK]
-------------------------------------------------------------------------------
Ran 5 tests in 0.087s
PASSED (successes=5)
coverage report
Name Stmts Miss Branch BrMiss Cover
---------------------------------------------------------
talkback/__init__ 0 0 0 0 100%
talkback/bot 46 3 12 1 93%
talkback/quote_picker 7 0 0 0 100%
---------------------------------------------------------
TOTAL 53 3 12 1 94%
coverage html
|
It runs our tests, but then also runs coverage
, which assesses the amount of code that is covered by our tests. After its run, coverage
creates a nice html page within htmlcov
that you can view in your browser. Just open up the index.html
file in new-coder/networks/htmlcov/
and it will launch in your browser:
You can click on line items to see more detail:
You’ll notice that we don’t have 100% coverage. This is because there’s no need to test log messages. Having a goal of 100% coverage can be unrealistic, and is not typical in the industry. To read more about what reasonable test coverage is, StackOverflow has a great answer to such a question.
If you do not have make
installed: you can still run coverage, just run the commands that are detailed in the Makefile:
1 2 3 | (NetworkProj)$ coverage run --branch --source talkback `which trial` tests
(NetworkProj)$ coverage report
(NetworkProj)$ coverage html
|
Enjoy working with Twisted? Learn more about Twisted and networking with Python →


This is the simplified version of Bike Calculator.
Hint: Use Arrow-Up / Arrow-Down key or mouse wheel to quickly adjust the value.


ADSORPTION ON ACTIVATED CARBON OF METHANE, ETHANE, AND ETHYLENE GASES AND THEIR MIXZURES AND CARBON DIOXIDE AT 212 K, 260 K, AND
301 K AND UP TO THIRTY-FIVE ATMOSPHERES
A THESIS Presented to The Faculty of the Division of Graduate Studies and Research By
Ricardo Reich
In Partial Fulfillment of the Requirements for the Degree Doctor of Philosophy
in the School of Chemical Engineering
Georgia Institute of Technology
November, 1974
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission.


Class2Go is Stanford's internal platform for on-line courses. We began building Class2Go in June 2012. A team of eight has worked on it through the summer. It will launch in Fall 2012 to host a handful of internal and open Stanford classes.
Class2Go is intended to be an open platform for learning and research. Professors will have direct access to the data for their classes to learn how their students learn. We will facilitate experiments. This could be A/B/N testing of how different things affect student learning, or even bespoke code to try out interesting new features.
Here is what is important to us.
Open. The platform is open source to make it easier for users (faculty members) to give us feedback on what we are doing. We would love to have others use the platform, or to collaborate with similar efforts in other places.
Portable. We believe strongly that valuable course content shouldn't be tied to any one platform. Documents are already portable; the videos are outside our system (on YouTube) and the assets themselves can be repurposed as faculty see fit. And our exercises and problem sets, instead of being trapped in a proprietary database, are in the Khan Academy format, so they can be used elsewhere.
Interoperable. We don't want to build or maintain more than we have to. See the section below for a list of all the shoulders we are standing on.
To bring this to life we've built a system. Here are some of its important and distinguishing features.
Video and Problem Set Management. Professors (and TA's) can upload assets to S3; videos are then uploaded to YouTube.
Exercises. We support two kinds of exercises: formative (for learning) and summative (for assessment, like quizzes and tests). Students can attempt each problem as many times as they want without penalty in formative problem sets, but may be penalized for multiple submissions in summative sets. In both types of problem sets, feedback is available immediately so students can learn along the way.
Content Management. We have built a simple content management system where course information (videos, static pages, problem sets) can be created, reviewed, and then published. One important ability is an automatic live date, so a professor (or, most likely, a TA) doesn't have to click a button at midnight to publish a problem set.
Frame Extraction. We have a tool for extracting frames from
a video (using ffmpeg
) differencing them to find key
frames, and then using thumbnails of these frames as an index
to the video. It's called the Kelvinator after its author,
Kelvin Do.
Thanks to all the projects we are relying on to make this work. Some commercial, some open source. But a ton of good stuff.
Copyright 2012 Stanford University
Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License.


Class: Aws::LexModelsV2::Types::ImageResponseCard
| Relationships & Source Files | |
| Super Chains via Extension / Inclusion / Inheritance | |
|
Class Chain:
self,
Struct
|
|
|
Instance Chain:
self,
::Aws::Structure ,
Struct
|
|
| Inherits: |
Struct
|
| Defined in: | gems/aws-sdk-lexmodelsv2/lib/aws-sdk-lexmodelsv2/types.rb |
Overview
A card that is shown to the user by a messaging platform. You define the contents of the card, the card is displayed by the platform.
When you use a response card, the response from the user is constrained to the text associated with a button on the card.
Constant Summary
Instance Attribute Summary
-
#buttons ⇒ Array<Types::Button>
rw
A list of buttons that should be displayed on the response card.
-
#image_url ⇒ String
rw
The URL of an image to display on the response card.
-
#subtitle ⇒ String
rw
The subtitle to display on the response card.
-
#title ⇒ String
rw
The title to display on the response card.
Instance Method Summary
::Aws::Structure
- Included
| #to_hash | Alias for Structure#to_h. |
Instance Attribute Details
#buttons ⇒ Array
<Types::Button> (rw)
A list of buttons that should be displayed on the response card. The arrangement of the buttons is determined by the platform that displays the button.
#image_url ⇒ String
(rw)
The URL of an image to display on the response card. The image URL must be publicly available so that the platform displaying the response card has access to the image.
#subtitle ⇒ String
(rw)
The subtitle to display on the response card. The format of the subtitle is determined by the platform displaying the response card.
#title ⇒ String
(rw)
The title to display on the response card. The format of the title is determined by the platform displaying the response card.


Business Class Broadband… finally here….
So, after many (MANY) years messing with dual cable modems, struggling to get them working together, to get websites to even allow me in, having to use hacks and kluges to get it to work at all… I have given up. It has been a struggle getting two modems working properly. Load blanching kind of works… but it’s messy at best. Some sites kick you out every now and again because your IP changes. Some sites wont let you login at all… Mind you, some sites work grand and don’t ask questions…
And the whole idea of multiple modems, to allow you to download things faster, doesn’t work for everything… Anything you download in the browser is single threaded, so its limited to one modem… you can use use download accelerators, and they do work, but its an extra step, and some sites don’t work for that either (MSDN for example).
So, i have given up, bit the bullet, and moved to business class broadband from Virgin Media. It’s actually cheaper than the two residential lines i had, but it is also slower than the two combined: previously, it was two x 360/36mb/s. Now i am am on a single 400/40mb/s modem. That being said, there are definite advantages:
- Static IPs pretty much as standard, and option of either one or five (no unbeaten!) Guess which one i went with? Its technically a /29 range, but the first usable IP is given to the modem, which acts as a gateway, so i end up with five usable.
- Proper business class SLA. Any issues, someone who knows what they are talking about can help
- Phone lines on a separate modem. So, i got phone lines with them, and they give a separate modem for those lines, so as not to interfere with the internet. that modem has no internet connection and is just for calls. They are also working on a VoIP/SIP offering, which is something i am interested in.
- Guaranteed speed! They guarantee a minimum speed to the modem at all time. Business customers have a priority on the network, which is nice. And, during testing, so far, i am getting the advertised speed most of the time. I needed to download a Windows 10 ISO yesterday from the MSDN, and it came in at between 45 and 48MBytes/s!
So, only had it installed a week, and so far, so good. I have one IP given to my PFSesne box, and the rest given to a VyOS VM. The plan is to use the VyOS box for all network traffic, but first i need to do some testing and learning… Expect some posts on this soon!
was last updated: July 5, 2019: fixing all aliases and build issues (41ef786). Found an issue? Improve this page
About
homepage of Tiernan OToole, Geek, photographer, GeekPhotographer, and lazy git.
Recent Posts
- Fixing CID (Caller ID) on incoming calls with 3CX
- Posts
- Network Update Info April 2019
- Adding a Netgear LB2120 to the homelab
- Finally going all in on VoIP
- Auto deploying to multiple servers with GitHub and Webhooks
- Moving the site to Hugo
- Playing with AMD’s Epyc
- AS204994, Own IP Space and Anycast
- Blogging on an iPad Pro


This tool keeps track of the existing HTTP Sessions on a particular Site and allows the Zaproxy user to force all requests to be on a particular session. Basically, it allows the user to easily switch between user sessions on a Site and to create a new Session without "destroying" the existing ones.
It is based on the concept of Session Tokens, which are HTTP message parameters (for now only Cookies) which allow an HTTP server to connect a request message with any previous requests or data stored. In the case of Zaproxy, conceptually, session tokens have been classified into 2 categories: default session tokens and site session tokens. The default session tokens are the ones that the user can set in the Options screen and are tokens that are, by default, automatically considered session tokens for any site (eg. phpsessid, jsessionid, etc). The site session tokens are a set of tokens for a particular site and are usually set up using the popup menus available in the Params Tab.
This tool automatically detects, using the defined session tokens or the automatically detected default session tokens, any HTTP session which exists in the communication. The detected sessions are shown in the HTTP Sessions Tab.
The user can, using the button available on the HTTP Sessions Tab, create a new session without destroying the existing one, or can force one of the sessions as 'active'. When a session is 'active', all the outbound requests sent to the corresponding Site are modified, the session tokens being set up to match the active session. In this way, the user can easily force some messages to be 'part of' a particular session and then switch and send messages on another session.
The HTTP Sessions tool is configured using the HTTP Sessions Options screen.
| HTTP Sessions tab |
| UIの概要 | ユーザー インターフェイスの概要について | |
| 特徴： | ZAPによって提供されます。 | |
| HTTP Sessions Options screen | ツールのオプションの概要について | |
| パラメータータブ | パラメータタブの概要について |


Cristian Mayo
@cristianmayo
GitHub Page
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Projects
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Repositories
This GitHub Projects is still Under Construction